On March 18, 2019, a round table “Cooperation potential with Chinese educational institutions and state-owned companies in the field of nuclear energy, professional training issues” took place in Kiev, attended by the Head of the Department of Nuclear Power Plants of the Energy Institute and Computer-Integrated Management Systems of Odessa National Polytechnic University professor Kravchenko V.P.

Bases of the green hardware and its feature in development of microcontrollers.

Installations for green FPGA.

The RDCSN course is developed in case of TEMPUS GREENCO project implementation – informative modules 3 and 6:

Green technologies of design of wired computer networks.

Green technologies of design of wireless computer networks.

Material of modules is tested at the international conferences and published in scientific articles (35 citations in Scopus) and also in 4 sections of two books of the Studies in Systems, Decision and Control series of Springer publishing house.

The student's club of inventors is organized on the basis of the resource approach developed in the project. 59 applications for the useful models (13) and inventions (46) with an involvement of 7 graduate students and 70 students are submitted. 32 patents and the positive decisions (13 useful models and 19 inventions) in collaboration with 6 graduate students and 33 students are taken already out.

Eligibility and synergy Tempus / Erasmus+ projects

The important component of green technologies is connected to safety concerns which are most expressed on objects of the increased risk in the safety-related systems. Each anticipated technogenic accident preserves a huge number of resources, including human lives. Accidents on power stations and on power networks lead to huge losses of the electric power owing to stops in its framing and delivery. The subject of the functional safety began to be developed in the National Safeware Engineering Network of Centres of Innovative Academia-Industry Handshaking (158886-TEMPUS-1-2009-1-UK-TEMPUS-JPCR) TEMPUS SAFEGUARD project. The problem of the hidden faults which can be accumulated for many years of a normal mode was revealed and be shown in the most responsible emergency mode, reducing fault tolerаnce of systems on which their functional safety is based. In the TEMPUS GREENCO project this referral was got by continuation in resource-based approach. on a problem of the hidden faults 2 master's theses are defended in 2014:

Drozd M. Models and methods of eliminating the hidden faults and their activity for digital components of safety-related instrumentation and control systems. (research supervisor prof. Antoshchuk S. G.).

In 2016 the dissertation of Sugak Anna titled Models and methods of synthesys of behavior tests for information systems based on evolutionary-genetic technologies(research supervisor assoc. prof. Martinyuk O. M.) is defended. Now the PhD thesis of the postgraduate student Al-Dabi M. M. by methods of increase in reliability of results in digital components of safety-related systems prepares for protection. At the final stage there is a PhD thesis of the postgraduate student Nikul V. V. devoted to increase in efficiency of the digital components constructed on FPGA. Obtained results include the material made within the project by development of the practicum.

Practices of the TEMPUS GREENCO project found continuation in student's and postgraduate startups of the TEMPUS CABRIOLET project and smart things of the ERASMUS+ ALIOT project. The laboratory operation prepared on the TEMPUS GREENCO project with an involvement of the postgraduate student Surkov S.S. received continuation in cases of startups of the TEMPUS Cabriolet project as "The smart house" which has perspectives in the ERASMUS+ ALIOT project.

One of aspects of safety is connected to a human factor, his health.

The student's "PulseGuard" project of rendering the emergency help in case of heart failure shall become an important component of the smart city. The startup of "EMC Cable" aimed at improvement of quality of the electric power in power cables can also become such component.

The student's "Mevics" project which benefited in 2015 the fight of startups of "GreenSup" organized on two TEMPUS GREENCO and TEMPUS CABRIOLET projects in 2016 received $0,5 million investments.